tomorrow

computing operations per second: That’s how much the ENIAC computer weighing 27 metric tons (30 short tons) achieved in the 1940s. Today’s mainframes manage 2.8 quadrillion.

That's roughly the planned length of the "Autoflow-Road" conveyor belt with which the Japanese Ministry of Land, Infrastucture, Transport and Tourism wants to connect the cities of Tokyo and Osaka.

That's the amount of carbon dioxide that Mammoth, the largest plant of its kind, can filter from the air every year. Sounds like a lot, but in order to offset global emissions, 50 billion tons per year would have to be captured and stored – in other words, around 140,000 times as much.

humanoid robots are going to be deployed by 2050 just in the United States, according to growth forecasts by investment bankers at Morgan Stanley.

of the international trade volume is carried by sea. And digitalization is revolutionizing work in ports.

of bicycle paths have been created in Paris and the metropolitan area of the French capital in recent years as part of the 15-minute city concept. In addition, the city planted nearly 200,000 new trees, expanded the public transportation network in certain areas, and rerouted traffic away from the banks of the Seine.

That’s the capacity of the currently most powerful wind turbine systems.

That’s how much the global market for electric bikes is expected to grow between 2024 and 2032 – with an annual growth rate of 14.6 percent. Schaeffler has developed a chainless drive system.

Schaeffler intends to reduce CO₂ emissions on the factory floor by 75 percent compared to 2019 and to achieve completely climate-neutral operations by 2040.

That’s the recycling rate for production waste at eight Schaeffler locations worldwide.